def main():
try:
run()
except Exception as e:
try:
io.oled.println(str(e))
except:
pass
sleep_ms(5000)
io.off()
deepsleep()
def main():
if machine.reset_cause() == machine.HARD_RESET:
io.off()
elif machine.reset_cause() == machine.SOFT_RESET:
pass # impossible in this version
else:
if not io.powered(): # bike not powered on startup; was motion wakeup
io.off() # nothing should be on, but ok...
deepsleep()
loop.create_task(task_ecu())
loop.create_task(task_gear_indicator())
loop.run_until_complete(
await_pwroff()) # wait for poweroff (bike shutdown)
# -> bike powered off
io.off()
deepsleep()
def main():
if machine.reset_cause() == machine.HARD_RESET:
ctrl.off()
elif machine.reset_cause() == machine.SOFT_RESET: # this must be a webapp reset, so start it again
start_net()
else:
tmr = tms()
while ctrl.switch_pressed(): # wait for switch to be released. NC = remains on until timeout
if tdiff(tms(), tmr) > _SW_PWRUP_TIMEOUT: # break light flash switch NC or hold down long for special fun
start_net()
break
else: # not pressed long enough
if not ctrl.powered(): # bike not powered on startup; was motion wakeup
ctrl.off() # nothing should be on, but ok...
deepsleep()
while True:
if ctrl.powered(): # bike (and maybe network) running
loop.create_task(task_ecu())
loop.create_task(task_ctrl())
loop.run_until_complete(await_pwroff()) # wait for poweroff (bike shutdown)
# -> bike powered off
# only required if net started afterwards, so no wrong data is displayed:
reset_loop() # clear ecu and ctrl task as these are not required now
ctrl.clear()
ecu.reset()
if ctrl.switch_pressed(): # switch held down during shutdown
start_net(ctrl.mode * 60 if ctrl.mode > 0 else _NET_DEFAULT_ACTIVE_TIME) # will only set tmr if alr active
elif ctrl.mode == 10:
ctrl.off()
return # to console
else:
if not net.stay_on():
ctrl.off()
net.stop() # stop running network (explicitly kick clients), we want to deepsleep
deepsleep()
else: # stay_on time not over -> reschedule task
loop.create_task(task_net())
# -> only network running, should stay on (and check for powerup meanwhile)
loop.run_until_complete(await_pwron())
def run():
if machine.reset_cause() == machine.HARD_RESET:
io.off()
show_logo()
elif machine.reset_cause() == machine.SOFT_RESET: # this must be a webapp reset, so start it again
start_net()
show_logo()
else:
tmr = tms()
while io.switch_pressed(): # wait for switch to be released. NC = remains on until timeout
if tdiff(tms(), tmr) > _SW_PWRUP_TIMEOUT: # brakelight flash switch NC or hold down long for special fun
start_net()
break
else: # BLF switch not pressed (or long enough)
if not io.powered(): # bike not powered on startup; was motion wakeup
io.off() # nothing should be on, but ok...
deepsleep()
else:
show_logo()
while True:
if io.powered(): # bike (and maybe network) running
loop.create_task(task_ctrl.run()) # first start display
loop.create_task(task_ecu())
loop.run_until_complete(await_pwroff()) # wait for poweroff (bike shutdown)
# -> bike powered off
# only required if net started afterwards, so no wrong data is displayed:
reset_loop() # clear ecu and ctrl task as these are not required now
io.clear()
ecu.reset()
if io.switch_pressed(): # switch held down during shutdown
start_net()
elif not net.stay_on():
io.off()
net.stop() # stop running network (explicitly kick clients), we want to deepsleep
deepsleep()
else: # stay_on time not over -> reschedule task
loop.create_task(task_net())
# -> only network running, should stay on (and check for powerup meanwhile)
loop.run_until_complete(await_pwron())
async def await_pwron():
while not ctrl.powered():
if not net.stay_on():
ctrl.off()
deepsleep()
await d(1000)
def execute(self, msg): # execute a msg object (must be dict unpacked from json)
global _stay_on_for, _stay_on_tmr
try:
if 'PING' in msg: # send stay-on-time (secs) as ACK
self.obj['io'].oled.println("do ACK")
self.send(ACK=max((_stay_on_for - tdiff(tms(), _stay_on_tmr)) // 1000, 0))
self.obj['io'].oled.println("acknowledged PING " + str(msg["PING"]))
self.conn_tmr = tms() # reset timer
elif 'SET' in msg and 'TO' in msg: # client wants to set local variable
self._set_var(msg['SET'], msg['TO'])
elif 'CMD' in msg: # ESP command without args
cmd = msg['CMD']
if cmd == "reboot":
reset() # soft reset
elif cmd == "deepsleep":
deepsleep()
elif cmd == "console":
raise Exception("net return")
elif cmd == "ifconfig": # returns AP and STA IP and Port; 0.0.0.0 if not connected
aw = ""
ap = network.WLAN(network.AP_IF)
if ap.active():
aw += "AP:\n{}\n\n".format(ap.ifconfig())
sta = network.WLAN(network.STA_IF)
if sta.active():
aw += "Station:\n{}\n\n".format(sta.ifconfig())
aw += "Port: " + str(read_cfg("port"))
self.send(ALERT=aw)
elif cmd == "netls":
self.send(ALERT='\n\n'.join(["ID: %s\nPW: %s" % (kid, kpw) for (kid, kpw) in read_cfg("knets")]))
elif cmd == "netadd":
cfg = read_cfg()
knets = cfg["knets"]
for i in range(len(knets)):
if knets[i][0] == msg['ID']:
knets[i][1] = msg['PW']
break
else: # not found
cfg["knets"].append((msg['ID'], msg['PW']))
write_cfg(cfg)
elif cmd == "netrm":
cfg = read_cfg()
knets = cfg["knets"]
for i in range(len(knets)):
if knets[i][0] == msg['ID']:
knets.pop(i)
break
else:
return # not found -> nothing to do
write_cfg(cfg)
elif cmd == "nettime":
_stay_on_for = int(msg['VAL']) * 1000 # ms
_stay_on_tmr = tms()
elif cmd == "text":
self.obj['io'].oled.clear()
self.obj['io'].oled.text(msg["MSG"])
self.obj['io'].oled.show()
elif cmd == "println":
self.obj['io'].oled.println(msg["MSG"])
# elif 'GET' in msg: # client wants to get local variable(s)
# if not msg['GET']: # empty string or None -> enquiring all cached data
# self.send(UPDATE=self.data)
# else:
# self._get_var(msg['GET'])
except ValueError: # not in JSON format
pass